
Research & Insight
Grounded in stakeholder interviews, persona research, and competitor benchmarking, we distilled those key insights.
01
High Consumption & Cost
Families spend on average $840/year on disposable diapers. Reuse-oriented solutions could significantly reduce household burden.
02
Material Sensitivity
Parents expressed concerns about harmful chemicals and non-breathable plastics. Materials need to be hypoallergenic, soft to touch, breathable, and safe for sterilization.
03
User Needs
Parents need a hygienic, easy-to-use solution that balances convenience with sustainability.
04
Environmental Impact
92% of disposable diapers end up in landfills, taking up to 500 years to decompose. A material solution that is durable in use but biodegradable post-use is essential.
Disposable diapers are the third largest single consumer item buried in the landfills.

Material Innovation
At the heart of BeeCool’s design lies Aerogel, a breakthrough material known for its lightweight, breathable, and highly insulating properties.
01
Breathability & Comfort
The porous nano-structure allows constant airflow, keeping the baby’s skin dry and reducing the risk of rashes.
02
Thermal Regulation
Aerogel provides natural temperature balance, preventing overheating while maintaining comfort.
03
Safety for Infants
Non-toxic, hypoallergenic, and dermatologically safe, ensuring gentle contact with sensitive skin.
04
Sustainability
Unlike conventional polymers, Aerogel can be reused and safely processed after end-of-life, minimizing environmental footprint.
Design
Challenges
01
Breathability & Comfort
The porous nano-structure allows constant airflow, keeping the baby’s skin dry and reducing the risk of rashes.
02
Thermal Regulation
Aerogel provides natural temperature balance, preventing overheating while maintaining comfort.
03
Safety for Infants
Non-toxic, hypoallergenic, and dermatologically safe, ensuring gentle contact with sensitive skin.
04
Sustainability
Unlike conventional polymers, Aerogel can be reused and safely processed after end-of-life, minimizing environmental footprint.

